
30C50X146 HYDRAULIC GEAR PUMP
30C50X146 — Hydraulic pump converting mechanical energy from the drive shaft into hydraulic flow and pressure, GREENS.
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A hydraulic pump turns the mechanical power of an electric or combustion engine into flow and becomes the flow source of the circuit; pressure is set by the resistance the flow meets, not by the pump. The catalogue covers gear, vane and piston designs together with hand and foot pumps. Gear pumps are listed in the 10A, 10C, 20C, 20MR and 30C body groups across a wide displacement range; the catalogue figure for the 20C series is 200 bar maximum working pressure. On the vane side the V series covers 16.4–43 cm³/rev at 152–172 bar, the Yuken type PVL series 23–116 cm³/rev at 160–210 bar, and the HT series 34 cm³/rev at 280 bar for press brake and press duty. The variable displacement VPV series with mechanical pressure regulation spans 5.3–22.2 cm³/rev with right and left rotation and tandem versions. Among piston pumps, the bent axis fixed displacement A2F series runs at 280–315 bar and up to 3300 rpm, while the A10 series is variable displacement. Displacement and speed define flow; working pressure and duty cycle define service life. Shaft type, direction of rotation and mounting flange must be confirmed at order stage. OSPC and load sensing OSPC-ON steering units for mobile machinery are listed in the same group. Send us your flow, pressure and drive details and we will prepare a quotation.

30C50X146 — Hydraulic pump converting mechanical energy from the drive shaft into hydraulic flow and pressure, GREENS.

30C55X146 — Hydraulic pump producing the flow required by the circuit when connected to the drive unit, GREENS.

45V42 — Hydraulic pump producing the flow required by the circuit when connected to the drive unit, GREENS.

In variable displacement pumps, if no actuator operation is being performed, no heat is produced by moving oil around the circuit. These pumps produce energy only when needed. Also, this pump...

The engine speed increases in direct proportion to the pump flow rate and decreases inversely proportional to the volume of the engine. The output torque increases with the pressure difference between the inlet and outlet of the engine.

17100027-41/25 — Flow source of the hydraulic circuit: delivers oil to the system proportional to shaft speed; pressure is generated by circuit resistance, OLEOWEB.

VP-SF-15-D — Flow source of the hydraulic circuit: delivers oil to the system proportional to shaft speed; pressure is generated by circuit resistance, GREENS.

VP-SF-30-D — Flow source of the hydraulic circuit: delivers oil to the system proportional to shaft speed; pressure is generated by circuit resistance, ISHAN.

VP-SF-08-D — Hydraulic pump converting mechanical energy from the drive shaft into hydraulic flow and pressure, GREENS.

Gear pump is the name given to rotary pumps; These are pumps that transport liquid using rotating gears. The gear pump pushes the liquid medium, creating vacuum pressure, with the use of two or more gears...


Pallet pumps are used in the transfer of fluids required especially for the PRESS industry, each part of which is designed safely and can also be used in heavy duty when necessary...

Vane pumps are used especially for the transfer of fluids required for the ABKANT industry, each part of which is designed safely and can be used in heavy duty when necessary...


Open center steering units provide an open connection between pump and tank. In this type of steering system, a fixed displacement pump is used. Danfoss OSPC ON series orbitroller dept...

Open-center steering units provide an open connection between pump and tank. Version with Load Sensing (LS) line. 50cm3/devir to 1000 cm3/devir range.

S35V38A-1 — Hydraulic pump producing the flow required by the circuit when connected to the drive unit, GREENS.

SV20-1B11B-1 — Flow source of the hydraulic circuit: delivers oil to the system proportional to shaft speed; pressure is generated by circuit resistance, GREENS.

S25V17A-1 — Hydraulic pump converting mechanical energy from the drive shaft into hydraulic flow and pressure, GREENS.

SV20-1B13B-1 — Hydraulic pump converting mechanical energy from the drive shaft into hydraulic flow and pressure, GREENS.

S35V30A-1 — Hydraulic pump producing the flow required by the circuit when connected to the drive unit, GREENS.
35V35A — Hydraulic pump converting mechanical energy from the drive shaft into hydraulic flow and pressure, GREENS.

S20V11A-1 — Flow source of the hydraulic circuit: delivers oil to the system proportional to shaft speed; pressure is generated by circuit resistance, GREENS.

P08-A3-F-R-01 — Flow source of the hydraulic circuit: delivers oil to the system proportional to shaft speed; pressure is generated by circuit resistance, PISTONPUMP.
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